A simple chart of imagined worst-case scenarios should be all that's required to illustrate my point:
________AGW=fake | AGW=real
action__|____a_____|____c_______
inaction |____b_____|____d_______
________AGW=fake | AGW=real
action__|____a_____|____c_______
inaction |____b_____|____d_______
Imagined is the key word here. I would be willing to sell you meteor protection insurance for your car for a small fee of $10 a month. If your car is destroyed by a meteor (which are known to hit the earth often). Worst case scenario is you have no car.
By your logic above you would be foolish not to buy my meteor insurance.
Disclaimer: Only damaged caused by meteors is covered. It is the customers responsibility to prove that any damage to insured vehicles is the result of meteor impacts.
Quote from: blablahblah link=topic=355212.msg5181335#msg5181335
So where is this detailed and comprehensive risk assessment?
I would want to see one both comprehensive evaluating all costs (to the best of human ability) of AGW as well as the benefits of AGW for cold areas of the globe. It should also model the effects of waiting to address this issue for 10,20,50 years and then dealing with it.
If it does not exist why are we taxing global industry via Kyoto Protocol in the absence of compelling data?
I would want to see one both comprehensive evaluating all costs (to the best of human ability) of AGW as well as the benefits of AGW for cold areas of the globe. It should also model the effects of waiting to address this issue for 10,20,50 years and then dealing with it.
If it does not exist why are we taxing global industry via Kyoto Protocol in the absence of compelling data?
Why don't you do one yourself?
Because I am not suggesting we make laws requiring everyone buy meteor insurance. If I was I would expect people to demand I prove this was needed with some comprehensive risk/benefit analysis.